Fork of Smiley Face Part II

Fork of Smiley Face Part II

A cheerful smiley face is drawn as a large yellow circle, with detailed SVG eyes and a mouth layered on top. The face is built from multiple React components, including `Eyes` and `Smile`, which compose complex SVG paths and shapes with layered colors and gradients. The `App` component uses inline SVG attributes like `transform`, `scale`, and `rotate` to position the facial features. The example demonstrates React rendering SVG elements, with components imported and rendered via `ReactDOM.render`.

Ggeethikal

Fork of Fork of Smiley Face Part II

A cartoon smiley face composed of stylized SVG eyes and a large grin is rendered on a yellow circular background. The visualization uses React components, with the `Eyes` and `Smile` components defining complex vector paths and shapes, and the main `App` component composing them with transforms. The face is built entirely from static, pre-defined SVG elements, with the overall layout and scaling handled through inline `transform` attributes.

Vvram80

Fork of Fork of Smiley Face Part II

A stylized cartoon face renders a large yellow circular head with expressive eyes and a smiling mouth, drawn using React components and SVG elements. The `Eyes` and `Smile` components define complex layered paths, ellipses, and circles with various fill colors, while `index.js` positions and scales them within an SVG canvas. The composition uses hardcoded coordinates and transforms, with ReactDOM rendering the final SVG to the page.

RRupeshGandham

Fork of Fork of Smiley Face Part II

A yellow smiley face rendered with React and SVG centers on a canvas, with stylized eyes and a cartoon mouth overlaid as separate components. The face itself is a simple yellow circle with a black outline, while the eyes and smile are complex vector paths and ellipses defined in the `Eyes.js` and `Smile.js` files, filled with gradients and solid colors. The React code assembles these SVG parts, applying transforms for positioning and scaling, while CSS classes define the fill colors for each path segment.

MMar-99

Fork of Fork of Smiley Face Part II

A cartoon smiley face with large, detailed eyes and a wide smiling mouth is rendered on a yellow circular head. The entire SVG is composed using React components, with the face, eyes, and smile defined in separate files and assembled in the main `App` component. React 16.9 and ReactDOM render the SVG elements, which are transformed and scaled using SVG `g` tags and CSS classes for styling.

Mmartfhill

Fork of Fork of Smiley Face Part II

A stylized smiling face is rendered in SVG, featuring large, detailed eyes with colored irises and layered highlights, alongside a wide, expressive mouth with multiple colored lips and interior shading. The composition is built in React, combining an `Eyes` component and a `Smile` component, each defined with `<path>` and `<ellipse>` elements. The main yellow face circle is drawn directly in the app's `index.js`, which uses ReactDOM to render the SVG onto the page. The face is assembled by applying transforms for positioning and scaling, with each part colored by CSS classes defined in `style.css`.

Nnamesh singh

Fork of Fork of Smiley Face Part II

A cartoon smiley face rendered as an SVG composite, built with React components. A yellow circle serves as the face, with detailed eyes and a mouth drawn from complex vector paths and ellipses. The code uses React and ReactDOM to mount the application, composing separate `Eyes` and `Smile` components. The graphic is assembled via SVG elements, with transforms applied for positioning and scaling, and colors defined through CSS classes.

Rrohinikotha

Fork of Fork of Smiley Face Part II

A smiley face rendered in React and SVG combines a yellow circular face with a large, stylized mouth and detailed eyes. The facial features are composed of numerous overlapping paths and ellipses, each assigned specific fill colors through CSS classes to create a multi-tone, illustrated effect. The React application positions these components using SVG `<g>` elements with transformations, scaling and rotating the `Eyes` and `Smile` components onto the central face. This example demonstrates the creation of a complex vector illustration through React's component model without external charting libraries.

HHarshinireddyy19